Abstract
We present an unquenched lattice computation of the parameter which controls oscillations. A partially quenched setup is employed with two maximally twisted dynamical (sea) light Wilson quarks, and valence quarks of both the maximally twisted and the Osterwalder--Seiler variety. Suitable combinations of these two kinds of valence quarks lead to a lattice definition of the parameter which is both multiplicatively renormalizable and O() improved. Employing the non-perturbative RI-MOM scheme, in the continuum limit and at the physical value of the pion mass we get , a number well in line with the existing quenched and unquenched determinations.
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